‘Aligning with Si2Chip demonstrates our commitment to provide faster processing and networking capabilities for our customers in the field of automotive, telecom and high end computing industries,’ says Ramandeep Singh, CEO ALTEN Calsoft Labs. ‘Si2Chip has one of the best VLSI design and embedded team in semiconductor services industries with their deep focus on quality and customer satisfaction. They will add breadth and depth to our high-end physical design offerings.’

Si2Chip is a pure play chip design company committed to delivering intelligent design experiences to customers worldwide. With over 200 successful projects, the company counts the world”s top semiconductor companies as its client. The company provides end-to-end chip design services with ASIC design and memory and AMS IP development through customer chosen engagement models.

‘Technology market is fast-moving from standard product offerings to customized solution offerings. The services companies too need to evolve to address entire technology stack under one roof which may be amalgamation of multiple technologies like semiconductors, embedded, software, IT & cloud offerings, mechatronics etc. By joining hands with group Alten, team Si2chip can play on the bleeding edge of exciting technology inflection which lies ahead and address newer customers and market verticals,’ said Ashok Mishra, CEO, Si2Chip. ‘This will broaden our horizons and global reach to include new markets like North America, Europe and APAC.’

Si2Chip Technologies is a specialized design services company with world class teams in domain of memory design and ASIC physical implementation. Si2chip growth strategy has been built around investments in training, R&D and laser sharp focus on quality. Founded in 2013, Si2chip today has world class engineering team of about 200 people and counts all major semiconductor players as its customers. Si2chip”s deep understanding of foundational IP design coupled with our physical implementation prowess gives Si2chip the unique ability to optimize a SOC to the last transistor.